Sans Superellipse Dabi 3 is a very light, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, app branding, tech posters, signage, packaging, futuristic, technical, minimal, clean, modular, modernization, geometric system, ui clarity, tech aesthetic, rounded, geometric, superelliptic, open counters, squared curves.
A geometric sans built from rounded-rectangle and superellipse forms, with consistently rounded corners and smooth, monoline strokes. Curves often resolve into gently squared arcs, giving bowls and counters a soft-rectilinear feel rather than purely circular geometry. Terminals are predominantly blunt and rounded, and many letters favor open, simplified constructions (notably in C, G, S, and s) that keep interior spaces airy. The design reads as carefully modular, with uniform stroke behavior and a restrained, engineered rhythm across capitals, lowercase, and numerals.
This font suits interface labels, dashboards, and product ecosystems where a crisp, contemporary voice is needed at small to medium sizes. Its rounded-rect geometry and open counters also work well for tech-oriented posters, wayfinding/signage, and modern packaging where a clean, engineered aesthetic is desirable.
The overall tone is modern and tech-forward, balancing friendliness from the rounded corners with a precise, schematic attitude. It suggests UI and product typography—clean, controlled, and slightly futuristic—without feeling aggressive or overly stylized.
The design appears intended to translate superelliptic and rounded-rect forms into a readable sans with a consistent, modular system. It prioritizes a sleek, contemporary impression and cross-glyph coherence, aiming for a polished, technology-adjacent identity with approachable softness.
Distinctive details include a single-storey a and g, a compact, looped ampersand, and numerals that echo the same rounded-rect geometry for strong cross-set consistency. The uppercase has a tidy, constructed presence, while the lowercase maintains clarity through open apertures and simplified joins.